THE VALVE OF THE FUTURE
The electrically driven diaphragm valve is our vision of the future, showing how smart valve technology increases performance, combines functions, simplifies maintenance, and paves the way for a successful circular economy.
The valve of the future is not a new product on the market today, but a look ahead: a concept development that shows what will be possible in process and valve technology. With an integrated BLDC drive, fluid sensors, and modular architecture, it thinks for itself, monitors itself, and adapts flexibly to any application—from sensitive production environments to resource-saving CIP/SIP processes. The goal: to reduce consumption, increase productivity, save space in the plant, and lay the foundation for a true circular economy.
Planned tool-free diaphragm replacement
Diaphragm service life thanks to optimized closing behavior
Energy savings compared to pneumatic actuators
Space savings through multifunctionality
FIVE FEATURES THAT SHAPE OUR VISION
Our product study shows how state-of-the-art technologies, sustainable design principles, and intelligent functions can be combined to create a future-proof overall system. These five features are at the heart of our vision—and form the basis for future generations of smart valve technology.
The concept study continuously records data such as position, temperature, and pressure. Digital interfaces and cloud connectivity show how parameterization, diagnostics, and updates could be carried out seamlessly in the future.
AI-supported analyses and self-learning control profiles demonstrate the potential for optimizing switching cycles, reducing wear, and planning maintenance in advance.
The design allows individual modules to be replaced quickly. This shortens service times and enables adjustments without the need for new development. Operators benefit from less downtime, greater flexibility, and lower storage costs.
Designed from the outset to minimize energy, water, and material consumption as well as space requirements. Multifunctionality and repairability ensure a long service life.
Separable, fully dismantlable components, easily replaceable modules – a clear statement of how valve technology can find its way into a closed recycling chain.
THE VALVE OF THE FUTURE IN PICTURES
The gallery shows the design, technology, and details of our product study—from smart sensor technology to innovative drives. A glimpse into the future of valve technology.
